On Machine Learning and Self-Directed Learning

In mid-September, Simon spent a couple days learning how to build a Feed Forward Neural Network, together with a friend. It all started after the friend shared a cool business … Continue reading On Machine Learning and Self-Directed Learning

Pretzel Mania 2022 🥨

We had so much fun at Simon’s first official cubing competition in Pennsylvania over the weekend! It was a treat in itself to finally attend an event where children are … Continue reading Pretzel Mania 2022 🥨

Simon Shares his Derivatives Tricks: Visualizing Calculus

It never seizes to mesmerize me how Simon sees math. So many times has he solved math problems or proved theorems relying on visual, geometric illustrations instead of bluntly applying … Continue reading Simon Shares his Derivatives Tricks: Visualizing Calculus

DIY: Derive It Yourself

This is Simon’s preferred way of learning math and physics: try to work out the formulas independently. This time it’s the collision formulas which he attempts to depict geometrically. You … Continue reading DIY: Derive It Yourself

Some weekend combinatorics

Combinatorics problems (each one builds on the previous one): If there’s a sequence of tasks you need to do, and you know how many ways there are to do each … Continue reading Some weekend combinatorics

Chaos with Legos and Shapes

It’s not that easy to make a chaos model. A system where a slight tweak in the initial conditions creates major change down the road and even makes it impossible … Continue reading Chaos with Legos and Shapes

How to Lie Honestly

Really enjoying the chapter on Statistics in our bed-time read, Math with bad Drawings by Ben Orlin, who approaches the subject in the most profound and at the same time … Continue reading How to Lie Honestly

Simon’s Magnum Opus

At the beginning of each year, I make a very long, ridiculous video (which I like to call a “magnum opus”). Last year it was the 2048 cookies project. This … Continue reading Simon’s Magnum Opus

Simon contemplating various voting systems

Last night, using simple logic, Simon proved to me why a two-candidate plurality voting system is better than many others. There’s a theorem called Arrow’s Theorem which says that any … Continue reading Simon contemplating various voting systems

From NAND to Tetris

Last week, Simon found this awesome free computer engineering course and textbook, and dove right in. The course teaches how to create: A basic computer A higher-level language A mini … Continue reading From NAND to Tetris

A Beautiful Universe by Professor Cumrun Vafa World Science Scholars Live Session

Simon enjoyed the informal interaction during the live session, even though he had been a little critical about the course. He always tunes in better once it gets less formal. … Continue reading A Beautiful Universe by Professor Cumrun Vafa World Science Scholars Live Session

P-adic System is used in computers!

Back in October, Simon got fascinated with this weird system called p-adic numbers (where p stands for “prime”). It’s a system in which you can have numbers going infinitely far … Continue reading P-adic System is used in computers!